alloying
n. 合金
adj. 合金的
例句与用法:
I hardly ever know that aluminium alloy could be as strong as steel.
我几乎从来不知道铝合金竟会和钢强度一样大。
A coin, usually of small denomination, made of copper or a copper alloy.
铜币用铜或铜的合金制成的硬币,通常为小面值
An alloy composed of lead, tin, and zinc.
铅锡锌化合物由铅、锡和锌组成的一种合金
Brass is an alloy of copper and zinc.
黄铜是铜和锌的合金。
词形变化:
动词过去式: alloyed | 动词过去分词: alloyed | 动词现在分词: alloying | 动词第三人称单数: alloys |
alloying
词形变化:
动词过去式: alloyed | 动词过去分词: alloyed | 动词现在分词: alloying | 动词第三人称单数: alloys |
同义词:
let | permit | consent | admit | grant | acknowledge | concede | tolerate | set aside | agree | accept | allocate | allot | apportion | recognize | render | license | sanction | accede | leave | authorize | countenance | allow for | appropriate | reserve | take into account | give up | provide | earmark |
反义词:
alloying['ælɔiiŋ]n.1.■【冶金学】合金化(处理)
alloyingalloying[ˈælɔiiŋ]n.1.■炼制合金; 加入合金成分
alloying
■DT300 Low Alloying Ultra-high Strength Steel
DT300低合金超高强度钢
■NITON XL3-800 Series analyzers provide alloying chemistry for up to 30 of the most common elements in tens of thousands of alloy grades, with additional elements available on request.
NITON XL3-800系列金属分析仪可对上万种合金分析仪 中最常见的30种化学元素做出分析,如有特殊要求,也可提供对其它元素的分析测试。
■The computation of alloying in RH process control is very important.Its goal is to acquire the aim product properties,and meanwhile to minimize the cost of addition alloy.
RH过程控制中合金化的计算是一个很重要的问题,在保证获取目标产品性能的同时,要尽量使添加合金的费用最低。
■Study of V-EPC Cast on Surface Alloying Process
V-EPC法铸渗工艺的实验研究
■A number of alloying elements can be added to steel in order to make it suitable for specialized application .
为使钢更适于某些特定的用途,可以在钢中加入多种合金元素。
■Some techniques to improve the mechanical properties of V process castings, such as surface alloying, inoculant addition to the coating are presented.
也介绍了改善V法铸件机械性能的方法,如表面合金化,涂料中加入孕育剂等。
■Nitrogen alloying process was set up by theories of nitrogen dissolved and degassed in stainless steel refined in AOD.
介绍了AOD炉运用氮气在不锈钢中溶解与脱除理论所开发的氮合金化工艺。
■The methods for nanostructured materials (NSM) fabrication are introduced including gas condensation, mechanical alloying and spray conversion.
介绍了NSM的主要制作方法,包括气相凝固法、机械合金化法和喷雾转化法等。
■Two processes were introduced,that is, the decarbonizing and then surface alloying,and the surface alloying directly.
介绍了两种处理工艺,一种是脱碳后渗金属,另一种是直接渗金属。
■This paper introduce how to develop hot rolled strip used for J55 ERW casing for petroleum by using the technology of Nb micro alloying in BaoTou CSP plant.
介绍了包钢CSP厂采用Nb微合金化技术开发直缝焊石油套管用热轧钢带J55的过程。
■Laser quenching,laser cladding and laser surface alloying,as well as microstructure and properties were presented.The properties and research progress of intelligent coating were reviewed.
介绍了激光淬火,激光熔凝,激光表面合金化等材料表面改性技术及其组织和性能;综述了智能涂层的特点及研究进展。
■Effects of various alloying elements (Li, Si, Ca, Sn, Bi, Sb, Ag, Th, Re, Nd and Zr) on beat-resistant properties of magnesium alloys, as well as the functioning mechanisms are summarized.
介绍了锂、矽、钙、锡、铋、锑、银、钍、稀土以及其中的钕、锆元素对镁合金性能尤其是耐热性能的作用及影响机理,总结了提高镁合金高温性能的途径。
■The process flows of magnesium alloy surface alloying and electrophoretic coating were introduced.
介绍了镁合金表面合金化及电泳涂装工艺流程。
■The paper mainly summarized the small alloying additions added to the gold alloy for jewellery as the strengthener,deoxidizer,grain refiner and castability improver.
从提高强度、防止氧化、提高铸造性能以及细化晶粒几个方面综述了饰品金合金中微量添加元素的一些研究现状。
■In this paper three methods of anti-corrosion, including ion injection, coating on uranium surface and alloying are mainly discussed and described.
从离子注入、离子镀以及表面合金化处理3方面综述了铀及铂合金的防腐涂层方法的研究。
■The formation mechanism of polymer solid alloy and the theoretical model of alloying process were discussed based on mechanical alloying and mechanochemical principles.
以机械合金和力化学原理为基础,讨论了高分子固体合金的形成机理和合金化过程的理论模型。
■It has been proved that rare earth La also pe-rmeates into the layer and acts as an alloying element during the process of ni-tro-carbo-boronizing witn ion microanalysis.
使材料的耐磨性、耐蚀性获得了明显提高,离子探针检测证实,稀土元素镧也渗入了钢的表面,起到了微合金化的作用。
■The interfacial diffusion of alloying element is an important factor to microstructure, apparent hardness and interfacial bond strength.
元素在界面两侧的扩散是影响材料显微组织、表观硬度及界面结合强度的关键。
■Melting loss of alloying element
元素烧损
■The compositions and microstructure of surface alloying layer wereinvestigated by the advanced means of XRD,SEM,BES,EDS.
其中渗层的成分分布、显微特征、结构形貌采用了先进的XRD、SEM、BSE,EDS等手段进行了检测分析。
■Results show that high strength and thin wall gray iron with high carbon equivalent can be obtained by Cr Mo alloying and RCC inoculant.
其结果显示,在高碳当量条件下,采用低合金化和稀土复合孕育剂孕育处理,可以稳定地获得生产缸体、缸盖用的高强度薄壁灰铸铁。
■The multiple mechanism of excimer laser gas alloying is confirmed to be effective to improve the corrosion resistance of Al/SiC composite.
准分子激光气体合金化对金属基复合材料的复合抗蚀机理使材料的抗腐蚀性能得到了显著提高。
■The factors to influence the quality of surface alloying and existing problems are analyzed, and the advantages of surface alloying of EPC castings are discussed.
分析了影响合金优质量的各种因素,以及存在的基本问题,并讨论了用消失模法实现表面合金化的优点。
■On the basis of deep research on the role of the alloying elements and alloy combinatio...
分析和研究了弹簧钢合金化的最新发展趋势。
■This artjcle deals with the effect of alloying elements on the macrostructure,depth,phase compo sition and microhardness of the complex boronisation lamination.
分析并系统研究了合金元素对复合硼化层宏观组织、深度、相成份及显微硬度的影响。
■The alloying elements of the cladding weld, indicated in the table, shall be checked using a proven quantitative analytical technique.
列于下表中的复层焊缝合金元素应采用已验证过的定量分析技术检验。
■The rapid surface alloying of AISI 316L stainless steel by high current pulsed electron beam(HCPEB) was investigated.
利用强流脉冲电子束对不锈钢表面进行了快速钛合金化。
■The effect of alloying elements on expansion coefficient of greg iron was investigated.
利用正交试验方法,研究了合金元素对灰铸铁膨胀系数的影响;
■Alloy steels are formed by the addition of one or more of the following elements: nickel, tungsten, silicon and small amounts of other alloying elements.
加过下列一种或几种元素可制成各种合金钢:镍、钨、硅和少量别的合金元素。
■double glow plasma surface alloying
双层辉光离子渗金属
■double glow plasma surface alloying technique
双层辉光离子渗金属技术
■THE MICROSCOPIC MECHANISM OF ALLOYING ELEMENTS AFFECTING THE DUCTILITY OR BRITTLENESS OF FeAl INTERMETALLICS??
合金元素韧化或脆化FeAl金属间化合物的微观机制
■The fatigue life is insensitive to the titanium alloying method.If alloys have the same titanium content, two kinds of alloys have similar low cycle fatigue life.
合金的疲劳寿命对加钛方式不敏感, 在相同钛含量下, 两种加钛方式的合金具有相近的低周疲劳寿命。
■Meanwhile, alloying agents can form carbides, so the hardness of bead welding layer is increased.
同时又由于合金元素能形成碳化物,因此提高了堆焊层的硬度。
■Thus, the role of alloying element depends mainly on its impact on the state diagram.
因此,合金元素的作用主要取决于其对状态图的影响。
■A alloy with excellent mechanical properties and wear resistance has been developed by optimizing alloying elements on ZA27 alloy basis.
在ZA27合金的基础上,通过合金元素的调整和优化,研制了一种具有优良力学性能和耐磨性能的锌基耐磨合金。
■On the basis of corrosion test data and their statistical analysis, the relationship between alloying elements and corrosion rate has been derived.
在典型的制盐生产工艺使用的卤水介质中,进行了不同成分的低合金钢的腐蚀试验。
■An engineer trained in the extraction and refining and alloying and fabrication of metals.
在提
■On the basis of systematical study,the comprehensive effects of alloying elements in cryogenic austenitic steels were analyzed.
在系统研究结果的基础上,分析总结了低温奥氏体钢中合金元素的综合作用。
■In structure, matrixes and borides were included in as-cast condition and the matrixes were changed with different alloying elements and quantity.
在铸态条件下,其组织由基体和硼化物组成。
■The results show that the alloying surface layer is comprised of three parts which are hypoeutectic layer, eutectoid layer and matrix.
实验证明,所形成的合金化层由三部分组成:亚共晶层、共析层和基体;
■The microstructure and phase structure of precipitate in double glow phasma W-Mo alloying layer are studied in this paper. the causes for precipitiation are analyszed in theory and by experiment.
对双层辉光离子渗钨钼的合金层中析出物进行了金相组织分析,从理论及试验上指出其析出的原因。
■After tempering treatment at different conditions,the tempering stability of Fe-base hardfacing layer containing multiple alloying element was investigated.
对多元合金铁基堆焊层的焊态试样进行不同条件下的回火后处理,研究了该堆焊层的回火稳定性。
■Direct reducing and alloying of scheelite and molybdenum oxide is considered by thermodynamic and kinetic calculation and analysis in this paper.
对白钨矿和氧化钼直接还原合金化进行了热力学和动力学计算和分析。
■The effect of graphite morphology and alloying elements on thermal fatigue resistance of cast iron was studied.
对石墨形态、合金元素等对铸铁抗热疲劳性能的影响进行了研究。
■The microstrueture of compagted graphite cast iron glass mould with RE alloying was observed. The heat-proof behavior was tested and industrial scale experiment was made.
对稀土微合金化蠕铁玻璃模具的显微组织作了观察,对其耐热性能进行了测定,并进行了工业性试验。
■The previous methods to improv the servce life of the plug were described, and it was pointed out to carry on the research on RE-aluminium alloying to increase the plug life.
对过去提高顶头寿命的工作作了简介,提出开展稀土铝合金化提高顶头使用寿命的研究。
■Compared blowing nitriding to ladle with alloying nitriding, the blowing nitrogen to ladle is thought to be a economic and advisable method.
对钢包内吹气增氮和合金化增氮进行比较,认为钢包吹氮是一种比较经济、可取的方式。
■The surface alloying under casting penetration is synthetically discussed.
对铸渗条件下的铸件表面合金化进行了综合述评;
■The thermodynamic analysis shows that the infiItration of molten iron into the alloy powder paste is the key to form a surface alloying layer in the process of surface alloying during casting.
对铸造表面合金化过程进行了热力学分析,认为铁水向膏剂内浸渗是形成良好合金层的关键环节。